Abstract: An LED lamp assembly includes a pole-shaped major lamp, an auxiliary lamp fixed on a top of the major lamp and a rechargeable battery mounted in the auxiliary lamp. The auxiliary lamp includes a lamp shell, a plurality of LED components accommodated in the lamp shell and a solar panel mounted thereon. A plurality of light-outputting windows are defined in a sidewall of the lamp shell. The rechargeable battery is charged by the solar panel. The major lamp is powered by electrical power from a power plant. The LED components of the auxiliary lamp are powered by the rechargeable battery to generate light radiating outside of the lamp shell through the light-outputting windows.

Abstract: An LED lamp includes a lamp body, a casing connecting the lamp body and a position post connecting the casing. The lamp body includes a plurality of lamp modules and at least a bracket. Each of the lamp modules includes a heat sink and an LED module attached to the heat sink. The lamp body can be arranged in multi forms by the at least a bracket connecting different numbers of the lamp modules together. The lamp body can have one of the following forms: an L-shaped form, a U-shaped form and a square, loop-shaped form.

Abstract: An LED lamp includes a housing, a holder and an LED device pivotally connected with the holder. The LED device includes a cylinder-shaped casing having opposite first and second openings and air venting holes near the first opening. An LED module and a heat dissipating fan are respectively mounted at two ends of a heat sink. The LED module, the heat sink and the heat dissipating fan are assembled together as a unit, which is received in the casing. An airflow generated by the heat dissipating fan is directed into the casing through the second opening. A portion of the airflow is exhausted out of the casing through fins of the heat sink and the first opening, and another portion of the airflow is exhausted out of the casing through the fins and the air venting holes of the casing.

Abstract: An LED street lamp assembly includes a central member having a first LED module fixed to a top surface thereof, a plurality of lamps attached to circumference of the central member and each having a second LED module therein, a plurality of sensors each mounted in one of the lamps and a controlling and driving circuit board received in the central member for receiving signal sent out by the sensors. If there is a goer approaches the LED street lamp assembly, the sensors are activated to send out signal to the controlling and driving circuit board to turn on the second LED modules of the lamps one by one as the goer comes closer and closer. If the goer passes by and is going away from the LED street lamp assembly, the sensors stop sending out signal to the control and driving circuit board to switch off the second LED module of the lamps one by one as the goer goes away farther and farther.

Abstract: A solar LED lamp includes a housing, a light emitting module, a solar panel, and a light collective member. A circumference of the housing defines a plurality of windows. A light emitting module is received in the housing. Light rays emitted by the emitting module travel out of the housing via the plurality of windows. The solar panel absorbs solar energy and transfers the solar energy into electrical energy for the light emitting module. The light collective member is located over the solar panel and directs sunlight toward the solar panel.

Abstract: An LED (light emitting diode) lamp includes an upper base plate, a lower base plate spaced from the upper base plate and a plurality of light emitting modules located between the two base plates. The lower base plate defines a plurality of through holes therein. Each light emitting module comprises a heat sink sandwiched between the two base plates, an LED module embedded in a bottom surface of the heat sink and a lens engaging with the bottom surface of the conductive cylinder to enclose the LED module therein. A lower portion of each lens extends downwardly through a corresponding through hole.

Abstract: An LED lamp includes a plurality of barrel-type holders and a plurality of LED modules mounted on an outer surface of each of the barrel-type holders. Each of the barrel-type holders has a small opening end and a large opening end opposite to the small opening end. The barrel-type holders are coaxial with each other, with a larger barrel-type holder enclosing a smaller barrel-type holder. The small opening ends of the barrel-type holders face downwardly, while the large opening ends face upwardly.

Abstract: A decorative lamp includes an opaque bracket, an opaque cover, a transparent light source consisting of a plurality of LEDs and a light guiding sheet. The cover engages with the bracket to define a chamber between the bracket and the cover. A slit is defined in the cover and communicates with the chamber. The light source is received in the chamber of the bracket and the cover and thermally connects with a heat sink in the chamber. The light guiding sheet includes a first end filled in the slit of the cover and a terminal second end opposite to the first end and located at outside of the cover. Light emitted from the light source travels to an outside of the decorative lamp along the light guiding sheet.

Abstract: An LED lamp includes a lamp cover, a plurality of brackets received in the lamp cover and interconnecting each other, a plurality of LED modules thermally attached to inner surfaces of the brackets and a plurality of light-guiding covers covering the LED modules, respectively. The brackets have different sizes and are coaxially positioned wherein a larger bracket encloses a smaller bracket. The LED modules are inclined relative to a bottom of the lamp cover and light emitted by the LED modules respectively travels through the light-guiding covers to generate a wide illumination area through the bottom of the brackets.

Abstract: An LED lamp includes a bracket and an LED module. The bracket includes a mounting body configured for fixing the LED lamp at a desired position and a heat dissipation portion extending from the body. The LED module includes a circuit board thermally attached to the heat dissipation portion and an LED connected to the circuit board. A lamp cover is secured to the heat dissipation portion and covers the LED module.

Abstract: An exemplary LED lamp includes a central member, lamp bodies, a solar panel transforming solar power to electric energy, and a supporting member supporting the solar panel over the central member. Each lamp body includes a housing and an LED module received in the housing. The housings of the lamp bodies have bottoms thereof mounted around the central member and have tops thereof extending upwardly and outwardly from the central member. Each of the housings defines an opening facing away from the central member. Light generated by the LED modules projects out of the lamp bodies through the openings. The solar panel provides the electric energy to the LED modules.

Abstract: An LED lamp includes a planar base, an LED module mounted on the base, an envelope covering the LED module, and a lamp housing having a configuration like a lantern and defining a cavity. An annular receiving groove is recessed from a bottom face of the base. The LED module is attached on the bottom face of the base and surrounded by the receiving groove. The envelope includes a recessed body and an engaging flange extending outwardly from a periphery of the body. The engaging flange of the envelope is received in the receiving groove. The base, the LED module and the envelope are received in the cavity.

Abstract: An LED lamp includes a housing, multiple LEDs received in a first end portion of the housing, an envelope having a first end portion inserted in the housing and having a second end portion extending beyond a second end portion of the housing, and a reflector covering the second end portion of the envelope and having a reflective surface facing the LEDs. The LEDs encircle the first end portion of the envelope. The second end portion of the envelope spaces a distance from the second end portion of the housing to define a window at the second end portion of the envelope. Light generated by the LEDs permeates the envelope and impinges on the reflective surface, and the light is reflected by the reflective surface to emit out of the housing from the window, thereby illuminating an annular region around the housing.

Abstract: An LED indicator lamp includes a shell, at least an LED module, a driving and controlling circuit board, a rechargeable battery and a plurality of solar panels. The shell has indicating words formed thereon. The shell and indicating words have different hues so that the indicating words can be easily recognized. The LED module is received in the shell to lighten the shell and highlight the indicating words. The driving and controlling circuit board is received in the shell to drive and control the LED module to lighten. The rechargeable battery is received in the shell to provide the LED module with electrical power. The solar panels are fixed on an outer surface of the shell to capture sunlight and convert it to electrical power to charge the rechargeable battery.

Abstract: An LED (light emitting diode) tube includes a connecting member, an LED module mounted on a bottom side of the connecting member, a driving circuit module mounted on a top side of the connecting member, two covers engaging with two opposite lateral sides of the connecting member and two connectors. The two covers cover the driving circuit module and the LED module, respectively. The two connectors are located at two opposite ends of the LED tube. Two recesses are cooperatively defined by the two covers and the connecting member in two opposite sides of the LED tube and along a length of the LED tube. The recesses separate the two covers from each other and each have a width less than 12mm.

Abstract: An LED lamp includes a body, a first LED illuminant located at a side of the body and a second LED illuminant located at another side of the body opposite to the side of the body. An intersecting angle exists between the body and each of the first LED illuminant and the second LED illuminant so that light generated from the first LED illuminant and light generated from the second LED illuminant meet each other at a position above the body.